Technical engineering noteAnalysis of the failure behaviour of longitudinally flawed pipes and vessels
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Cited by (8)
Model error assessment of burst capacity models for energy pipelines containing surface cracks
2014, International Journal of Pressure Vessels and PipingCitation Excerpt :Various models and methodologies are available to predict the burst capacities of pipes containing cracks (i.e. planar defects), e.g. the Battelle model [3–5], CorLAS™ model [6–8] and the failure assessment diagram (FAD) methodologies [9–11]. A number of experimental studies have been reported in the context of investigating fracture-based burst capacity models for pipes and vessels containing cracks [e.g. [3–5,12,13]]. For example, Kiefner et al. [3] conducted 140 tests for thin-walled pipes, including 92 tests for pipes with through-wall flaws and 48 tests for pipes with part-through-wall (surface) flaws, for the purpose of developing semi-empirical equations to predict the ductile failure stress levels of through-wall and surface flaws.
A new concept for steam generator tube integrity assessment
2012, Nuclear Engineering and DesignPlastic collapse analysis of longitudinally flawed pipes and vessels
2004, Nuclear Engineering and DesignTargeted model error determination for limit load formulas for axial surface defect in a pressurized pipe
2023, Journal of Pressure Vessel Technology, Transactions of the ASMEAnalytical Limit Load Procedure for the Axial Complex Shaped Defect in a Pressurized Pipe
2022, Journal of Pressure Vessel Technology, Transactions of the ASME
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